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Speedstack 4 layer RF core build rigid PCB stackup template
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4 layer RF core build rigid PCB stackup template Material Library mode
Four layer RF core build rigid stack in Material Library mode – view technical report (PDF)
Download Material Library mode template (Speedstack project file)
Use Speedstack's Material Library mode to create and edit the stack using materials supplied by Polar's materials suppliers listed in the Material Suppliers Partners Program
Speedstack Stackup Editor – Material Library Mode – exploded view of 4 layer RF core build rigid stack with plated and non plated drills Virtual Material mode
Four layer RF core build rigid stack in Virtual Material mode – view technical report (PDF)
Download Virtual Material mode template (Speedstack project file)
Use Speedstack's Virtual Material mode to create and edit the stack and then switch easily between Material Library and Virtual Material modes to build and experiment with stackups (for example, to examine the effects on impedance structures of different trace widths or dielectric heights) without requiring real materials to be entered into a materials library.
Speedstack Stackup Editor – Virtual Material Mode – exploded view of 4 layer RF core build rigid stack with plated and non plated drills The Stack Editor image shows the electrical layer, function, dimensions and dielectric constant (Er) and loss tangent (tan δ) of each material All dimensions in microns |
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